Speaking at the inaugural meeting of the Next Einstein Forum (NEF) Global Gathering 2016, an international conference focused on the development of science and technology in Africa, Sir Leszek Borysiewicz emphasised the importance of partnership.
Michelle Oyen (Department of Engineering) discusses how we could reduce our dependence on "dirty" materials like steel and concrete.
Researchers have modelled how wetlands might respond to rising sea levels, and found that as much as four-fifths of wetlands worldwide could be lost by the end of the century if sea levels continue to rise.
Increase in volcanic eruptions at the end of the ice age caused by melting ice caps and glacial erosion02 Feb 2016
Researchers have found that glacial erosion and melting ice caps both played a key role in driving the observed global increase in volcanic activity at the end of the last ice age.
Bhaskar Vira (Department of Geography), Gemma Cranston (Cambridge Institute for Sustainability Leadership) and Jonathan Green (Department of Geography) discuss what global powers need to do to tackle some of the biggest threats facing society.
The Vice Chancellor of the University of Cambridge is to lead a delegation of academics to the annual meeting of the World Economic Forum at Davos, Switzerland, in January 2016, to explore issues including carbon reduction technologies and how science and engineering can best address society's greatest challenges.
Study indicates ‘biomass burning’ may play a larger role in climate change than previously realised.
Governments should not be abandoning carbon capture and storage, argues a Cambridge researcher, as it is the only realistic way of dramatically reducing carbon emissions. Instead, they should be investing in global approaches to learn what works – and what doesn’t.
A new study of how the structure of the ocean has changed since the end of the last ice age suggest that the melting of a vast ‘lid’ of sea ice caused the release of huge amounts of carbon dioxide into the atmosphere.
New study using UK data is first to show that raising farm yields and allowing ‘spared’ land to be reclaimed for woodlands and wetlands could offset greenhouse gas produced by farming industry to meet national target of 80% emissions reduction by 2050.